CN107154832A

CN107154832A - A kind of control method and device of message transmission rate

Info

Publication number: CN107154832A
Application number: CN201610125669.2A
Authority: CN
Inventors: 田宇
Original assignee: Xian Zhongxing New Software Co Ltd
Current assignee: Xian Zhongxing New Software Co Ltd
Priority date: 2016-03-04
Filing date: 2016-03-04
Publication date: 2017-09-12
Also published as: WO2017148084A1

Abstract

The invention discloses a kind of control method of message transmission rate, this method includes：When the duration of terminal transmission data bag is more than the first preset time, increase the receiving sensitivity or transmission power of terminal；And/or when the duration of the non-transmission packet of terminal is more than the second preset time, reduce the receiving sensitivity or transmission power of terminal.The present invention further simultaneously discloses a kind of control device of message transmission rate.

Description

A kind of control method and device of message transmission rate

Technical field

The present invention relates to field of terminal technology, more particularly to a kind of control method and device of message transmission rate.

Background technology

For the ease of using network, user would generally install WiFi (Wireless Fidelity, nothing in premises Line fidelity) router, so that multiple terminals (such as mobile phone, tablet personal computer and desktop computer) of user, WiFi router access networks can be passed through.But because WiFi routers are usually fixed installed in house In some room, wall barrier is generally had in such as parlor, and between parlor and the other rooms of house, so that It has impact on the transmission of WiFi signal so that user is surfed the Net in not chummery using its terminal, terminal and WiFi Message transmission rate between router can be different；Such as it is installed in parlor, and downloads in WiFi routers In the case of the file of formed objects, user bedroom use its terminal downloads this document speed, than with Family is many slowly using the speed of its terminal downloads this document in parlor.

In order in the case where there is wall barrier, improve the data transfer speed between terminal and WiFi routers Rate, correlation technique provides the mode of two kinds of raising message transmission rates, and one kind is outer by brush machine or increase Put antenna and increase the transmission power of WiFi routers, so as to lift the ability through walls of WiFi routers, improve Message transmission rate between terminal and WiFi routers；Another is between terminal and WiFi routers Access repeater (such as wireless access points AP) or the interchanger with WiFi, thus improve terminal with Message transmission rate between WiFi routers.

But there are the following problems for the raising message transmission rate mode in correlation technique：WiFi is increased by brush machine The transmission power mode of router, will certainly increase the radiation of WiFi routers, even if this kind radiation is with making us The ionising radiations such as frightened nuclear radiation, X-ray have very big difference, if but WiFi routers long-time so Work, it radiates or can have some injuries to human body；Increase WiFi routers by increasing external antenna Useless noise, while amplification receives useful signal, can also be amplified by transmission power mode, from And influence the quality of useful signal；The mode of AP repeaters or the interchanger with WiFi is accessed, need to additionally be added Oil (gas) filling device, improves equipment cost.

The content of the invention

In view of this, the embodiment of the present invention is expected to provide a kind of control method and device of message transmission rate, With the message transmission rate between control terminal and WiFi routers, or between terminal and terminal.

To reach above-mentioned purpose, the technical proposal of the invention is realized in this way：

The embodiment of the invention discloses a kind of control method of message transmission rate, methods described includes：

When the duration of terminal transmission data bag is more than the first preset time, increase the reception of the terminal Sensitivity or transmission power；And/or

When the duration of the non-transmission packet of the terminal is more than the second preset time, reduce the terminal Receiving sensitivity or transmission power.

Further, the receiving sensitivity of the increase terminal, be specially：

Raise the supply voltage of the low-noise amplifier of the terminal；

The transmission power of the increase terminal, be specially：

Raise the supply voltage of the power amplifier of the terminal.

Further, the receiving sensitivity for reducing the terminal, be specially：

Reduce the supply voltage of the low-noise amplifier of the terminal；

The transmission power for reducing the terminal, be specially：

Reduce the supply voltage of the power amplifier of the terminal.

Further, methods described also includes：

When the duration of the terminal transmission data bag is not less than first preset time, keep described The receiving sensitivity or transmission power of terminal are constant.

Further, methods described also includes：

When the duration of the non-transmission packet of the terminal is not less than second preset time, institute is kept The receiving sensitivity or transmission power for stating terminal are constant.

Further, when the duration in terminal transmission data bag is more than the first preset time, institute is increased The receiving sensitivity or transmission power of terminal are stated, is specially：

Continue in terminal with the time more than the first transmission rate transmission packet more than the first preset time, increase The receiving sensitivity or transmission power of the big terminal；

When the duration in the non-transmission packet of the terminal is more than the second preset time, reduce described The receiving sensitivity or transmission power of terminal, be specially：

When the terminal is not default more than second with the duration more than the first transmission rate transmission packet Between, reduce the receiving sensitivity or transmission power of the terminal.

The embodiment of the invention also discloses a kind of control device of message transmission rate, described device includes：

Adjusting module, during for the duration in terminal transmission data bag more than the first preset time, increase The receiving sensitivity or transmission power of the terminal；And/or in the duration of the non-transmission packet of the terminal During more than the second preset time, reduce the receiving sensitivity or transmission power of the terminal.

Further, the adjusting module, the power supply electricity of the low-noise amplifier specifically for raising the terminal Pressure；Or the supply voltage of the power amplifier of the rise terminal.

Further, the adjusting module, is specifically additionally operable to reduce the power supply of the low-noise amplifier of the terminal Voltage；Or the supply voltage of the power amplifier of the reduction terminal.

Further, the adjusting module, be additionally operable to duration in the terminal transmission data bag not less than During first preset time, keep the receiving sensitivity or transmission power of the terminal constant.

Further, the adjusting module, is additionally operable to not surpass in the duration of the non-transmission packet of the terminal When crossing second preset time, keep the receiving sensitivity or transmission power of the terminal constant.

Further, the adjusting module, specifically for continuing in terminal to transmit number more than the first transmission rate According to the time of bag more than the first preset time, increase the receiving sensitivity or transmission power of the terminal；Institute Terminal is stated not with the duration more than the first transmission rate transmission packet more than the second preset time, is reduced The receiving sensitivity or transmission power of the terminal.

The embodiment of the invention also discloses a kind of control device of message transmission rate, described device includes：Inspection Survey control module, time supervision control module and energy supply control module；

The time supervision control module connects with the detection control module and the energy supply control module respectively Connect；In the message transmission rate of control terminal, the detection control module also respectively with the terminal WiFi chip, low-noise amplifier and power amplifier connection, the energy supply control module also respectively with it is described Low-noise amplifier and the power amplifier connection of terminal.

Further, the detection control module is signal detection control module or speed monitoring and controlling module.

The control method and device of a kind of message transmission rate provided in an embodiment of the present invention, in terminal transmission number During according to the duration of bag more than the first preset time, increase the receiving sensitivity or transmission power of terminal；With/ Or when the duration of the non-transmission packet of terminal is more than the second preset time, the reception for reducing terminal is sensitive Degree or transmission power.In this way, can have the mass data bag need to be between terminal and WiFi routers, or terminal When being transmitted between terminal, improve between terminal and WiFi routers, or the data between terminal and terminal are passed Defeated speed, when being not required to terminal transmission data bag, between reduction terminal and WiFi routers, or terminal and end Message transmission rate between end；So as to realize between control terminal and WiFi routers, or terminal and terminal Between message transmission rate, it is to avoid due to wall barrier influence terminal transmission data, improve user experience Degree, it is to avoid harm users and increase equipment cost.

Brief description of the drawings

Fig. 1 is a kind of schematic flow sheet of the control method of message transmission rate provided in an embodiment of the present invention；

Fig. 2A is the principle schematic one of control data transmission rate provided in an embodiment of the present invention；

Fig. 2 B are the principle schematic two of control data transmission rate provided in an embodiment of the present invention；

Fig. 3 A are a kind of structural representation of the control device of message transmission rate provided in an embodiment of the present invention；

Fig. 3 B are the structural representation of the control device of another message transmission rate provided in an embodiment of the present invention Figure；

Fig. 4 is the structural representation that low-noise amplifier provided in an embodiment of the present invention is connected with energy supply control module Figure；

Fig. 5 is the structural representation that power amplifier provided in an embodiment of the present invention is connected with energy supply control module Figure；

A kind of structure of the control device specific embodiment one for message transmission rate that Fig. 6 A provide for the present invention Schematic diagram；

The knot of the control device specific embodiment one for another message transmission rate that Fig. 6 B provide for the present invention Structure schematic diagram；

A kind of structure of the control device specific embodiment two for message transmission rate that Fig. 6 C provide for the present invention Schematic diagram；

The knot of the control device specific embodiment two for another message transmission rate that Fig. 6 D provide for the present invention Structure schematic diagram；

A kind of flow of the control method specific embodiment one for message transmission rate that Fig. 7 provides for the present invention is shown It is intended to；

A kind of flow of the control method specific embodiment two for message transmission rate that Fig. 8 provides for the present invention is shown It is intended to；

A kind of flow of the control method specific embodiment three for message transmission rate that Fig. 9 provides for the present invention is shown It is intended to.

Embodiment

In embodiments of the present invention, when the duration of terminal transmission data bag is more than the first preset time, Terminal increases the receiving sensitivity or transmission power of terminal；And/or in the duration of the non-transmission packet of terminal During more than the second preset time, terminal reduces the receiving sensitivity or transmission power of terminal.

Below in conjunction with the accompanying drawings and specific embodiment, the present invention is described in more detail.

Fig. 1 is a kind of schematic flow sheet of the control method of message transmission rate provided in an embodiment of the present invention, As shown in figure 1, this method includes：

Step 101：When the duration of terminal transmission data bag is more than the first preset time, increase terminal Receiving sensitivity or transmission power.

Specifically, this step can be, terminal transmission data bag duration more than the first preset time When, terminal increases the receiving sensitivity or transmission power of terminal.

Specifically, this step can be, terminal received data packet duration more than the first preset time When, terminal increases the receiving sensitivity of terminal；Or, the duration of packet is sent more than the in terminal During one preset time, terminal increases the transmission power of terminal.

Wherein, the terminal can be the terminal devices such as mobile phone, tablet personal computer.

Specifically, this step can include, and terminal judges whether the duration of terminal transmission data bag exceedes First preset time；When the duration of terminal check its transmission packet is more than the first preset time, eventually The receiving sensitivity or transmission power of end increase terminal.

Specifically, the receiving sensitivity or transmission power of the increase terminal, Ke Yiwei, terminal rise terminal Low-noise amplifier supply voltage or terminal power amplifier supply voltage, so as to increase terminal Receiving sensitivity or transmission power.

Specifically, as shown in Figure 2 A, in the operating voltage range of the low-noise amplifier of terminal, end is worked as During the supply voltage rise of the low-noise amplifier at end, the gain of the low-noise amplifier of terminal can increase, from And cause the receiving sensitivity increase of terminal, between terminal and WiFi routers, or between terminal and terminal Negotiated speed is improved, and finally improves the message transmission rate between terminal and WiFi routers, or finally carry High message transmission rate between terminal and terminal.

Specifically, as shown in Figure 2 B, in the operating voltage range of the power amplifier of terminal, terminal is worked as Power amplifier supply voltage rise when, the gain of the power amplifier of terminal can increase so that The transmission power increase of terminal, between terminal and WiFi routers, or the negotiated speed between terminal and terminal Improve, finally improve the message transmission rate between terminal and WiFi routers, or finally improve terminal Message transmission rate between terminal.

Such as in the case where user between its terminal and WiFi routers by carrying out data transmission, increase terminal Receiving sensitivity or transmission power, you can to improve the negotiated speed between terminal and WiFi routers, from And improve the message transmission rate between terminal and WiFi routers.Pass through " fast tooth " between two terminals In the case of carrying out data transmission Deng instrument, increase the receiving sensitivity or transmission power of terminal, you can to carry Message transmission rate between high terminal and terminal.

It should be noted that, as shown in Figure 6B, in actual applications, can terminal WiFi chip 301 Front end addition signal detection control module 3021, time supervision control module 303 and energy supply control module 304； Signal detection control module 3021 respectively with WiFi chip 301, time supervision control module 303, terminal Power amplifier 305 and the low-noise amplifier of terminal 306 are connected, time supervision control module 303 also with Energy supply control module 304 is connected, energy supply control module 304 also respectively with power amplifier 305 and low noise Amplifier 306 is connected.In actual applications, signal detection control module 3021 can be by central processing unit (Central Processing Unit, CPU) or microprocessor (Micro Processor Unit, MPU) are real Existing, time supervision control module 303 can also realize that energy supply control module 304 can by CPU or MPU To be realized by increasing a single-pole double-throw switch (SPDT) in controlling circuit in normal power supplies.

Specifically, whether the terminal judges duration of terminal transmission data bag more than the first preset time, It can include, when signal detection control module has detected packet by signal detection control module, letter Number detection control module to time supervision control module send start riming instructions；Time supervision control module connects Receive the instruction and start timing；Then signal detection control module has detected whether packet every predetermined period Pass through signal detection control module；When there is packet by signal detection control module, signal detection control Module is sent to time supervision control module has packet to pass through signal detection control module information；Time supervision Whether control module receives the information and judges its timing time more than the first preset time；In the timing time During more than the first preset time, time supervision control module confirms that the duration of terminal transmission data bag exceedes First preset time；When the timing time is not less than the first preset time, time supervision control module confirms The duration of terminal transmission data bag is not less than the first preset time；Pass through signal detection in no packet During control module, signal detection control module sends reclocking to time supervision control module and instructed；Time Monitoring and controlling module restarts timing.

Wherein, the predetermined period can be set according to the Transmission Time Interval between packet, specifically, The predetermined period is set smaller than the Transmission Time Interval, such as when the Transmission Time Interval is 1ms, The predetermined period could be arranged to 100us.Wherein, first preset time can be entered according to user's request Row is set, and such as when the duration that user's request is terminal transmission data bag is more than 5s, i.e., need to increase terminal Receiving sensitivity or transmission power, improve message transmission rate in the case of, first preset time It is set to 5s.

Specifically, when the duration in terminal check its transmission packet is more than the first preset time, Terminal increases the receiving sensitivity or transmission power of terminal, can include, and confirms in time supervision control module When the duration of terminal transmission data bag is more than the first preset time, time supervision control module is to power supply control Molding block sends the first switching command；Energy supply control module receives the switching command, and controls its single-pole double throw Switch switches to the second supply voltage end from the first supply voltage end；Wherein, the power supply at the first supply voltage end Voltage is less than the supply voltage at the second supply voltage end.So as to have mass data bag need to terminal with Transmitted between WiFi routers, or when being transmitted between terminal and terminal, increase the receiving sensitivity or hair of terminal Power is penetrated, is improved between terminal and WiFi routers, or the message transmission rate between terminal and terminal.

Specifically, as shown in figs. 4 and 5, the supply voltage at the first supply voltage end 401 can be 3.3V, The supply voltage at the second supply voltage end 402 can be 5.0V, low-noise amplifier 306 or power amplifier 305 supply voltage, can be switched by the single-pole double-throw switch (SPDT) 403 of energy supply control module 304 from 3.3V To 5.0V, so as to increase the receiving sensitivity or transmission power of terminal.

It should be noted that, the control method of message transmission rate provided in an embodiment of the present invention can also include, When the duration of terminal transmission data bag is not less than the first preset time, terminal keeps the reception spirit of terminal Sensitivity or transmission power are constant.Specifically, the duration in terminal transmission data bag is not less than first During preset time, terminal keeps the receiving sensitivity or transmission power of terminal constant, can include, in the time When monitoring and controlling module confirms that the duration of terminal transmission data bag is not less than the first preset time, time prison Survey control module and do not send the first switching command to energy supply control module；Energy supply control module does not receive switching During instruction, its single-pole double-throw switch (SPDT) is not adjusted.So as to there is the low volume data bag need to be in terminal and WiFi Transmitted between router, or when being transmitted between terminal and terminal, terminal do not adjust terminal receiving sensitivity or Transmission power, is not improved between terminal and WiFi routers, or the message transmission rate between terminal and terminal.

Step 102：When the duration of the non-transmission packet of terminal is more than the second preset time, reduce eventually The receiving sensitivity or transmission power at end.

Specifically, this step can be, when the duration of the non-transmission packet of terminal is default more than second Between when, terminal reduce terminal receiving sensitivity or transmission power.So as to be not required to terminal transmission data Bao Shi, reduces the receiving sensitivity or transmission power of terminal, between reduction terminal and WiFi routers, or eventually Message transmission rate between end and terminal.

Specifically, this step can be, when the duration of terminal not received data bag is default more than second Between when, terminal reduce terminal receiving sensitivity；Or, the duration for not sending packet in terminal surpasses When crossing the second preset time, terminal reduces the transmission power of terminal.

In this way, can have the mass data bag need to be between terminal and WiFi routers, or between terminal and terminal During transmission, improve between terminal and WiFi routers, or the message transmission rate between terminal and terminal, When being not required to terminal transmission data bag, between reduction terminal and WiFi routers, or the number between terminal and terminal According to transmission rate；So as to realize between control terminal and WiFi routers, or the data between terminal and terminal Transmission rate, it is to avoid due to wall barrier influence terminal transmission data, improve the Experience Degree of user, it is to avoid wound Evil user and increase equipment cost.

Specifically, this step can include, and terminal judges whether the duration of the non-transmission packet of terminal surpasses Cross the second preset time；When in terminal check, the duration of its non-transmission packet is more than the second preset time, Terminal reduces the receiving sensitivity or transmission power of terminal.

Specifically, the receiving sensitivity or transmission power for reducing terminal, Ke Yiwei, terminal reduction terminal Low-noise amplifier supply voltage or terminal power amplifier supply voltage, so as to reduce terminal Receiving sensitivity or transmission power.

It should be noted that, judge the duration of its transmission packet whether more than first in terminal described above The process of preset time includes, when no packet is by signal detection control module, signal detection control Module sends reclocking instruction to time supervision control module, and time supervision control module restarts timing. Therefore, whether the terminal judges duration of its non-transmission packet more than the second preset time, can be with Continue said process.

Whether i.e. described terminal judges the duration of its non-transmission packet more than the second preset time, can be with Including when continuing no packet by signal detection control module, signal detection control module is to the time Monitoring and controlling module sends no packet and passes through signal detection control module information；Time supervision control module Receive the information and judge its timing time whether more than the second preset time；In the timing time more than second During preset time, time supervision control module confirms that the duration of the non-transmission packet of terminal is pre- more than second If the time；When the timing time is not less than the second preset time, time supervision control module confirms terminal not The duration of transmission packet is not less than the second preset time.

Wherein, second preset time can be configured according to user's request, such as in user's request for eventually When the duration of the non-transmission packet in end is more than 5s, i.e., it need to reduce the receiving sensitivity or transmitting work(of terminal In the case of rate, reduction message transmission rate, second preset time is that may be configured as 5s.

Specifically, when the duration of its non-transmission packet in terminal check is more than the second preset time, Terminal reduces the receiving sensitivity or transmission power of terminal, can include, and confirms in time supervision control module When the duration of its non-transmission packet is more than the second preset time, time supervision control module is to power supply control Molding block sends the second switching command；Energy supply control module receives the switching command, and controls its single-pole double throw Switch switches to the first supply voltage end from the second supply voltage end；Wherein, the power supply at the first supply voltage end Voltage is less than the supply voltage at the second supply voltage end.So as to when being not required to terminal transmission data bag, subtract The receiving sensitivity or transmission power of small terminal, between reduction terminal and WiFi routers, or terminal and terminal Between message transmission rate.

Above step 101 and step 102 can also not have two processing of obvious time sequencing in execution Step, for example, in practical application, step 102 can also be first carried out and perform step 101 again.

It should be noted that, the control method of message transmission rate provided in an embodiment of the present invention can also include, When the duration of the non-transmission packet of terminal is not less than the second preset time, terminal keeps the reception of terminal Sensitivity or transmission power are constant.In the case of being not required to terminal transmission data bag in a short time, Terminal is not reduced between terminal and WiFi routers temporarily, or the message transmission rate between terminal and terminal.

It should be noted that, in order to better control between terminal and WiFi routers, or between terminal and terminal Message transmission rate, step 101 is specifically as follows, and continues to transmit more than the first transmission rate in terminal The time of packet, more than the first preset time, increases the receiving sensitivity or transmission power of terminal.

Specifically, it is described to continue in terminal with the time more than the first transmission rate transmission packet more than first Preset time, increase terminal receiving sensitivity or transmission power, can include, terminal judge its continue with More than the first transmission rate transmission packet time whether more than the first preset time；In terminal check, it is held When continuing with the time more than the first transmission rate transmission packet more than the first preset time, terminal increase terminal Receiving sensitivity or transmission power.

It should be noted that, as shown in Figure 6 D, in actual applications, can be by the signal detection control in Fig. 6 B Molding block 3021 replaces with speed monitoring and controlling module 3022, and the speed monitoring and controlling module 3022 can also Realized by CPU or MPU.

Specifically, the terminal judge its continue with the time more than the first transmission rate transmission packet whether It more than the first preset time, can include, detected in speed monitoring and controlling module with more than the first transmission During the packet through-rate monitoring and controlling module of speed rates, speed monitoring and controlling module is to time supervision control Molding block, which is sent, starts riming instructions；Time supervision control module receives the instruction and starts timing；Then it is fast The packet that rate monitoring and controlling module detects whether to transmit more than the first transmission rate every predetermined period leads to Cross speed monitoring and controlling module；Control is monitored with the packet through-rate transmitted more than the first transmission rate having During molding block, speed monitoring and controlling module is sent to time supervision control module to be had with more than the first transmission rate The packet through-rate monitoring and controlling module information of transmission；Time supervision control module receives the information and sentenced Whether its timing time break more than the first preset time；When the timing time is more than the first preset time, when Between monitoring and controlling module confirm terminal continue with the time more than the first transmission rate transmission packet more than first Preset time；When the timing time is not less than the first preset time, time supervision control module confirms terminal Continue with the time more than the first transmission rate transmission packet not less than the first preset time；Not with super Cross the first transmission rate transmission packet through-rate monitoring and controlling module when, speed monitoring and controlling module to Time supervision control module sends reclocking instruction；Time supervision control module restarts timing.

Specifically, the speed monitoring and controlling module detects whether the number to be transmitted more than the first transmission rate According to bag through-rate monitoring and controlling module, it can include, speed monitoring and controlling module judges what is transmitted by it Whether the instantaneous value of packet rate is more than the first transmission rate；When the instantaneous value is more than the first transmission rate, Speed monitoring and controlling module confirms the packet through-rate monitoring and controlling for having to be transmitted more than the first transmission rate Module, otherwise, the packet that speed monitoring and controlling module confirms not to transmit more than the first transmission rate are led to Cross speed monitoring and controlling module.

Wherein, the set-up mode of the predetermined period and the first preset time, with above-mentioned predetermined period and first The set-up mode of preset time is identical.Wherein, first transmission rate can also be carried out according to user's request Set, when such as user carries out web page browsing using its terminal, the instantaneous value of the speed of terminal transmission data bag leads to Often be several kbps, and carry out online game, HD video or FTP (File Transfer Protocol, FTP when) Large Volume Data such as file is downloaded, the instantaneous value of the speed of terminal transmission data bag can reach several Mbps, when user's request is that terminal continues with the time more than 1Mbps transmission packets more than 5s, i.e., The receiving sensitivity or transmission power of terminal need to be increased, in the case of improving message transmission rate, first biography Defeated speed is that may be configured as 1Mbps, and the first preset time is that may be configured as 5s.

It is specifically, described that in terminal check, it continues with super more than the time of the first transmission rate transmission packet When crossing the first preset time, terminal increase terminal receiving sensitivity or transmission power, can include, when Between monitoring and controlling module confirm terminal continue with the time more than the first transmission rate transmission packet more than first During preset time, time supervision control module sends the first switching command to energy supply control module；Power supply Module receives the switching command, and controls its single-pole double-throw switch (SPDT) to switch to the second confession from the first supply voltage end Piezoelectric voltage end；Wherein, the supply voltage at the first supply voltage end is less than the supply voltage at the second supply voltage end.

It should be noted that, the control method of message transmission rate provided in an embodiment of the present invention can also include, When terminal continues with the time more than the first transmission rate transmission packet not less than the first preset time, eventually End keeps the receiving sensitivity or transmission power of terminal constant.

It should be noted that, in order to better control between terminal and WiFi routers, or between terminal and terminal Message transmission rate, step 102 is specifically as follows, in terminal not to transmit number more than the first transmission rate According to the duration of bag more than the second preset time, reduce the receiving sensitivity or transmission power of terminal.

It should be noted that, judge that it continues with more than the first transmission rate transmission packet in terminal described above Time whether include more than the process of the first preset time, not to be transmitted more than the first transmission rate During packet through-rate monitoring and controlling module, speed monitoring and controlling module is sent to time supervision control module Reclocking is instructed, and time supervision control module restarts timing.Therefore, the terminal judge it not with More than the first transmission rate transmission packet duration whether more than the second preset time, can continue on State process.

Whether i.e. described terminal is judged it and is not exceeded with the duration more than the first transmission rate transmission packet Second preset time, can include, and continue with the packet transmitted more than the first transmission rate not pass through During speed monitoring and controlling module, speed monitoring and controlling module to time supervision control module send not with more than The packet through-rate monitoring and controlling module information of first transmission rate transmission；Time supervision control module connects Receive the information and judge its timing time whether more than the second preset time；It is pre- more than second in the timing time If during the time, time supervision control module confirms terminal not with holding more than the first transmission rate transmission packet The continuous time is more than the second preset time；When the timing time is not less than the second preset time, time supervision control It is not default not less than second with the duration more than the first transmission rate transmission packet that molding block confirms terminal Time.

Wherein, the set-up mode of second preset time is identical with the set-up mode of above-mentioned second preset time.

Specifically, it is described terminal check its not with the duration more than the first transmission rate transmission packet During more than the second preset time, terminal reduces the receiving sensitivity or transmission power of terminal, can include, Time supervision control module confirms that terminal is not exceeded with the duration more than the first transmission rate transmission packet During the second preset time information, time supervision control module sends the second switching command to energy supply control module； Energy supply control module receives the switching command, and controls its single-pole double-throw switch (SPDT) to switch from the second supply voltage end To the first supply voltage end；Wherein, the supply voltage at the first supply voltage end is less than the second supply voltage end Supply voltage.

It should be noted that, the control method of message transmission rate provided in an embodiment of the present invention can also include, In terminal not with the duration more than the first transmission rate transmission packet not less than the second preset time when, Terminal keeps the receiving sensitivity or transmission power of terminal constant.

In order to realize the above method, the invention discloses a kind of control device of message transmission rate.

Fig. 3 A are a kind of structural representation of the control device of message transmission rate provided in an embodiment of the present invention, As shown in Figure 3A, the control device of the message transmission rate includes：

Adjusting module 300, during for the duration in terminal transmission data bag more than the first preset time, Increase the receiving sensitivity or transmission power of the terminal；And/or continuing in the non-transmission packet of the terminal When time is more than the second preset time, reduce the receiving sensitivity or transmission power of the terminal.

Further, the adjusting module 300, the confession of the low-noise amplifier specifically for raising the terminal Piezoelectric voltage, or raise the supply voltage of the power amplifier of the terminal.

Further, the adjusting module 300, is specifically additionally operable to reduce the low-noise amplifier of the terminal Supply voltage, or reduce the supply voltage of the power amplifier of the terminal.

Further, the adjusting module 300, be additionally operable to the terminal transmission data bag duration not During more than first preset time, keep the receiving sensitivity or transmission power of the terminal constant.

Further, the adjusting module 300, is additionally operable to the duration in the non-transmission packet of the terminal During not less than second preset time, keep the receiving sensitivity or transmission power of the terminal constant.

Further, the adjusting module 300, specifically for continuing in terminal to be passed more than the first transmission rate The time of transmission of data bag, more than the first preset time, increases the receiving sensitivity or transmission power of the terminal； In the terminal not with the duration more than the first transmission rate transmission packet more than the second preset time, Reduce the receiving sensitivity or transmission power of the terminal.

In actual applications, the adjusting module 300 can be believed by the CPU in terminal, MPU, numeral Number processor (Digital Signal Processor, DSP) or field programmable gate array (Field Programmable Gate Array, FPGA) etc. realize.

Fig. 3 B are the structural representation of the control device of another message transmission rate provided in an embodiment of the present invention Figure, as shown in Figure 3 B, the device includes：Detect control module 302, time supervision control module 303 and Energy supply control module 304；

The time supervision control module 303 detects control module 302 and the power supply with described respectively Module 304 is connected；In the message transmission rate of control terminal, the detection control module 302 is also distinguished It is connected with the WiFi chip 301, low-noise amplifier 306 and power amplifier 305 of the terminal, it is described Low-noise amplifier 306 and power amplifier 305 of the energy supply control module 304 also respectively with the terminal connect Connect.

Further, the detection control module 302 is signal detection control module 3021 or speed monitoring and controlling Module 3022.

Further, the low-noise amplifier 306 of the terminal and the power amplifier 305 of terminal be and terminal Antenna 307 connect.

In actual applications, the signal detection control module 3021, speed monitoring and controlling module 3022 can So that by CPU or MPU realizations, time supervision control module 303 can also be realized by CPU or MPU, Energy supply control module 304 can be by increasing a single-pole double-throw switch (SPDT) come real in controlling circuit in normal power supplies It is existing.

A kind of structure of the control device specific embodiment one for message transmission rate that Fig. 6 A provide for the present invention Schematic diagram, as shown in Figure 6A, the device include adjusting module, and adjusting module includes signal detection and controls mould Block 3021, time supervision control module 303 and energy supply control module 304；

Signal detection control module 3021, for detecting when terminal receives packet to time supervision Control module, which is sent, starts riming instructions；Whether packet is received every 100us detections terminal；In inspection When measuring terminal and receiving packet, send terminal to time supervision control module and receive packet letter Breath；When detecting that terminal is not received by packet, send reclocking to time supervision control module and refer to Order；When continuing to detect that terminal is not received by packet, send terminal to time supervision control module and do not have Receive packet information；

Time supervision control module 303, for receiving beginning riming instructions and starting timing；Receiving end When end receives packet information, judge its timing time whether more than the first preset time；In the timing When time is more than the first preset time, the first switching command is sent to energy supply control module, otherwise, is not sent The instruction；Receive reclocking instruction and reclocking；Packet information is not received by receiving terminal When, judge its timing time whether more than the second preset time；In the timing time more than the second preset time When, the second switching command is sent to energy supply control module, otherwise, the instruction is not sent；

Energy supply control module 304, for receiving the first switching command, and controls its single-pole double-throw switch (SPDT) from 3.3V Supply voltage end switches to 5.0V supply voltages end；The second switching command is received, and controls its single-pole double throw to open Pass switches to 3.3V supply voltages end from 5.0V supply voltages end；It is uncomfortable when not receiving switching command Its whole single-pole double-throw switch (SPDT).

In actual applications, the signal detection control module 3021 can be realized by CPU or MPU, Time supervision control module 303 can also be realized that energy supply control module 304 can lead to by CPU or MPU Cross increases a single-pole double-throw switch (SPDT) to realize in normal power supplies control circuit.

The knot of the control device specific embodiment one for another message transmission rate that Fig. 6 B provide for the present invention Structure schematic diagram, as shown in Figure 6B, the device include：Signal detection control module 3021, time supervision control Molding block 303 and energy supply control module 304；

The time supervision control module 303 respectively with the signal detection control module 3021 and the power supply Control module 304 is connected；In the message transmission rate of control terminal, the signal detection control module 3021 Also it is connected respectively with the WiFi chip 301, low-noise amplifier 306 and power amplifier 305 of the terminal, The low-noise amplifier 306 and power amplifier of the energy supply control module 304 also respectively with the terminal 305 connections.

A kind of flow of the control method specific embodiment one for message transmission rate that Fig. 7 provides for the present invention is shown It is intended to, as shown in fig. 7, in the case where terminal receives data as reception side apparatus, specific steps include：

Step 701：Start timing detecting when terminal receives packet.

Specifically, as shown in Figure 6B, this step can include, in signal detection control module from low noise When amplifier receives packet, signal detection control module is sent to time supervision control module starts timing Instruction；Time supervision control module receives the instruction and starts timing.

As in actual applications, when user is surfed the Net using its terminal device, such as browse webpage or download file When, the antenna 307 of the terminal device receives electromagnetic wave signal, and the electromagnetic wave signal passes through low noise amplification Device is exaggerated, and low-noise amplifier is provided 3.3V supply voltage by energy supply control module, works as electromagnetic wave signal During by signal detection control module, signal detection control module is sent to time supervision control module starts meter Shi Zhiling, time supervision control module receives the instruction and starts timing.

Step 702：Whether packet is received every 100us detections terminal.

Specifically, this step can be that signal detection control module detects whether it has from low every 100us Noise amplifier receives packet.

Step 703：When detecting that terminal receives packet, judge timing time whether more than 5s.

Specifically, this step can include, and detect that it has from low noise amplification in signal detection control module When device receives packet, signal detection control module sends terminal to time supervision control module and received Packet information；Whether time supervision control module receives the information and judges its timing time more than 5s.

Step 704：When timing time is not less than 5s, keep the receiving sensitivity of terminal constant.

Specifically, this step can include, time supervision control module judge its timing time not less than During 5s, switching command is not sent to energy supply control module；When energy supply control module does not receive switching command, Its single-pole double-throw switch (SPDT) is not adjusted.I.e. so that the supply voltage of the low-noise amplifier of terminal remains at 3.3V, The receiving sensitivity of terminal is not adjusted, and the message transmission rate between terminal and WiFi routers is not adjusted.

Such as in actual applications, when user browses webpage using its terminal device, due to every in each webpage Secondary download pictures most tens, pause when user browses in addition has certain time interval, not There is the packet of certain time by signal detection control module, be not continued above 5s data such as Bag passes through signal detection control module, then the message transmission rate between present terminal and WiFi routers is User's request can be met, without adjusting the message transmission rate.

It is then returned to the execution step 702.

Step 705：When timing time is more than 5s, increase the receiving sensitivity of terminal.

Specifically, this step can include, and judge its timing time more than 5s in time supervision control module When, time supervision control module sends the first switching command to energy supply control module；Energy supply control module is received The switching command, and control its single-pole double-throw switch (SPDT) to switch to 5.0V supply voltages from 3.3V supply voltages end End.I.e. so that the supply voltage of the low-noise amplifier of terminal is increased to 5.0V, the reception for increasing terminal is sensitive Degree, improves the message transmission rate between terminal and WiFi routers.

As in actual applications, parlor is installed in WiFi routers, user uses it in bedroom or study Terminal device plays online game, HD video is carried out or ftp file download, because these file sizes are basic All in 2G to 10G, it is thus possible to have the packet for being continued above 5s by signal detection control module, Message transmission rate so between present terminal and WiFi routers may be unsatisfactory for user's request, need to improve The message transmission rate.

Specifically, this step can include, and in terminal timing time more than 5s, and terminal does not increase terminal During receiving sensitivity, terminal increases the receiving sensitivity of terminal；In terminal timing time more than 5s, and terminal When having increased the receiving sensitivity of terminal, terminal no longer increases the receiving sensitivity of terminal.

It is then returned to the execution step 702.

Step 706：The reclocking when detecting that terminal is not received by packet.

Specifically, this step can include, and detect that it does not put from low noise in signal detection control module When big device receives packet, signal detection control module sends reclocking to time supervision control module and referred to Order；Time supervision control module restarts timing.

It is then returned to the execution step 702.

Step 707：When continuing to detect that terminal is not received by packet, judge whether timing time surpasses Cross 5s.

Specifically, this step can include, and continue to detect it not from low noise in signal detection control module When acoustic amplifier receives packet, signal detection control module sends terminal to time supervision control module not to be had Receive packet information；Time supervision control module receives the information and judges whether its timing time surpasses Cross 5s.

Step 708：When timing time is not less than 5s, keep the receiving sensitivity of terminal constant.

Specifically, this step can include, time supervision control module judge its timing time not less than During 5s, switching command is not sent to energy supply control module；When energy supply control module does not receive switching command, Its single-pole double-throw switch (SPDT) is not adjusted.I.e. so that the supply voltage of the low-noise amplifier of terminal remains at 5.0V, The receiving sensitivity of terminal is not adjusted, and the message transmission rate between terminal and WiFi routers is not adjusted.

It is then returned to the execution step 702.

Step 709：When timing time is more than 5s, reduce the receiving sensitivity of terminal.

Specifically, this step can include, and judge its timing time more than 5s in time supervision control module When, send the second switching command to energy supply control module；Energy supply control module receives the switching command, and controls Make its single-pole double-throw switch (SPDT) and switch to 3.3V supply voltages end from 5.0V supply voltages end.I.e. so that terminal The supply voltage of low-noise amplifier is reduced to 3.3V, reduces the receiving sensitivity of terminal, reduction terminal with Message transmission rate between WiFi routers.

Specifically, this step can include, and in terminal timing time more than 5s, and terminal does not reduce terminal During receiving sensitivity, terminal reduces the receiving sensitivity of terminal；In terminal timing time more than 5s, and terminal When having reduced the receiving sensitivity of terminal, terminal no longer reduces the receiving sensitivity of terminal.

It is then returned to the execution step 701.

A kind of flow of the control method specific embodiment two for message transmission rate that Fig. 8 provides for the present invention is shown It is intended to, as shown in figure 8, in the case where terminal sends data as emitting side device, specific steps include：

Step 801：Start timing detecting when terminal has transmission packet.

Specifically, as shown in Figure 6B, this step can include, in signal detection control module from WiFi cores When piece receives packet, signal detection control module is sent to time supervision control module starts riming instructions； Time supervision control module receives the instruction and starts timing.

Such as in actual applications, the feelings carried out data transmission between two terminals by instruments such as " fast teeth " Under condition, a such as terminal is in parlor, and another terminal is at bedroom or study, the electricity of sending side terminal equipment Magnetostatic wave signal is sent from WiFi chip, and power amplifier is transferred to by signal detection control module, and power is put Big device amplifies the electromagnetic wave signal, and then electromagnetic wave signal is launched by antenna, power amplifier by Energy supply control module provides 3.3V supply voltage, when electromagnetic wave signal passes through signal detection control module, Signal detection control module is sent to time supervision control module starts riming instructions, time supervision control module Receive the instruction and start timing.

Step 802：Whether there is transmission packet every 100us detections terminal.

Specifically, this step can be that signal detection control module detects whether it has from WiFi every 100us Chip receives packet.

Step 803：When detecting that terminal has transmission packet, judge timing time whether more than 5s.

Specifically, this step can include, and detecting that it has from WiFi chip in signal detection control module connects When receiving packet, signal detection control module sends terminal to time supervision control module transmission packet Information；Whether time supervision control module receives the information and judges its timing time more than 5s.

Step 804：When timing time is not less than 5s, keep the transmission power of terminal constant.

Specifically, this step can include, time supervision control module judge its timing time not less than During 5s, switching command is not sent to energy supply control module；When energy supply control module does not receive switching command, Its single-pole double-throw switch (SPDT) is not adjusted.I.e. so that the supply voltage of the power amplifier of terminal remains at 3.3V, The transmission power of terminal is not adjusted, and the message transmission rate between terminal and terminal is not adjusted.

It is then returned to the execution step 802.

Step 805：When timing time is more than 5s, increase the transmission power of terminal.

Specifically, this step can include, and judge its timing time more than 5s in time supervision control module When, time supervision control module sends the first switching command to energy supply control module；Energy supply control module is received The switching command, and control its single-pole double-throw switch (SPDT) to switch to 5.0V supply voltages from 3.3V supply voltages end End.I.e. so that the supply voltage of the power amplifier of terminal is increased to 5.0V, increase the transmission power of terminal, Improve the message transmission rate between terminal and terminal.

Specifically, this step can include, and in terminal timing time more than 5s, and terminal does not increase terminal During transmission power, terminal increases the transmission power of terminal；Increase in terminal timing time more than 5s, and terminal During the transmission power of big terminal, terminal no longer increases the transmission power of terminal.

It is then returned to the execution step 802.

Step 806：The reclocking when detecting that terminal does not send packet.

Specifically, this step can include, and detect it not from WiFi chip in signal detection control module When receiving packet, signal detection control module sends reclocking to time supervision control module and instructed； Time supervision control module restarts timing.

It is then returned to the execution step 802.

Step 807：When continuing to detect that terminal does not send packet, judge whether timing time exceedes 5s。

Specifically, this step can include, and continue to detect it not from WiFi in signal detection control module When chip receives packet, signal detection control module sends terminal to time supervision control module and not sent out Send packet information；Whether time supervision control module receives the information and judges its timing time more than 5s.

Step 808：When timing time is not less than 5s, keep the transmission power of terminal constant.

Specifically, this step can include, time supervision control module judge its timing time not less than During 5s, switching command is not sent to energy supply control module；When energy supply control module does not receive switching command, Its single-pole double-throw switch (SPDT) is not adjusted.I.e. so that the supply voltage of the power amplifier of terminal remains at 5.0V, The transmission power of terminal is not adjusted, and the message transmission rate between terminal and terminal is not adjusted.

It is then returned to the execution step 802.

Step 809：When timing time is more than 5s, reduce the transmission power of terminal.

Specifically, this step can include, and judge its timing time more than 5s in time supervision control module When, send the second switching command to energy supply control module；Energy supply control module receives the switching command, and controls Make its single-pole double-throw switch (SPDT) and switch to 3.3V supply voltages end from 5.0V supply voltages end.I.e. so that terminal The supply voltage of power amplifier is reduced to 3.3V, reduces the transmission power of terminal, reduction terminal and terminal it Between message transmission rate.

Specifically, this step can include, and in terminal timing time more than 5s, and terminal does not reduce terminal During transmission power, terminal reduces the transmission power of terminal；Subtract in terminal timing time more than 5s, and terminal During the transmission power of small terminal, terminal no longer reduces the transmission power of terminal.

It is then returned to the execution step 801.

A kind of structure of the control device specific embodiment two for message transmission rate that Fig. 6 C provide for the present invention Schematic diagram, as shown in Figure 6 C, the device include adjusting module, and adjusting module includes speed monitoring and controlling mould Block 3022, time supervision control module 303 and energy supply control module 304；

Speed monitoring and controlling module 3022, for transmitting data more than the first transmission rate detecting terminal Bao Shixiang time supervisions control module, which is sent, starts riming instructions；Every 100us detection terminal whether with more than First transmission rate transmission packet；When detecting terminal with more than the first transmission rate transmission packet, Terminal is sent with more than the first transmission rate transmission packet information to time supervision control module；Detecting When terminal is not with more than the first transmission rate transmission packet, reclocking is sent to time supervision control module Instruction；When continuing to detect terminal not with more than the first transmission rate transmission packet, to time supervision Control module sends terminal not with more than the first transmission rate transmission packet information；

Time supervision control module 303, for receiving beginning riming instructions and starting timing；Receiving end When end is with more than the first transmission rate transmission packet information, judge whether its timing time is default more than first Time；When the timing time is more than the first preset time, the first switching command is sent to energy supply control module, Otherwise, the instruction is not sent；Receive reclocking instruction and reclocking；Terminal is being received not with super When crossing the first transmission rate transmission packet information, judge its timing time whether more than the second preset time； When the timing time is more than the second preset time, the second switching command is sent to energy supply control module, otherwise, The instruction is not sent；

In actual applications, speed monitoring and controlling module 3022 can be realized by CPU or MPU, the time Monitoring and controlling module 303 can also realize by CPU or MPU, energy supply control module 304 can by Increase a single-pole double-throw switch (SPDT) to realize in normal power supplies control circuit.

The knot of the control device specific embodiment two for another message transmission rate that Fig. 6 D provide for the present invention Structure schematic diagram, as shown in Figure 6 D, the device include：Speed monitoring and controlling module 3022, time supervision control Molding block 303 and energy supply control module 304；

The time supervision control module 303 respectively with the speed monitoring and controlling module 3022 and the power supply Control module 304 is connected；In the message transmission rate of control terminal, the speed monitoring and controlling module 3022 Also it is connected respectively with the WiFi chip 301, low-noise amplifier 306 and power amplifier 305 of the terminal, The low-noise amplifier 306 and power amplifier of the energy supply control module 304 also respectively with the terminal 305 connections.

In actual applications, the speed monitoring and controlling module 3022 can be realized by CPU or MPU, Time supervision control module 303 can also be realized that energy supply control module 304 can lead to by CPU or MPU Cross increases a single-pole double-throw switch (SPDT) to realize in normal power supplies control circuit.

A kind of flow of the control method specific embodiment three for message transmission rate that Fig. 9 provides for the present invention is shown It is intended to, as shown in figure 9, specific steps include：

Step 901：Start timing when detecting terminal with more than the first transmission rate transmission packet.

Specifically, as shown in Figure 6 D, this step can include, and detected in speed monitoring and controlling module With transmitted more than the first transmission rate packet through-rate monitoring and controlling module when, speed monitoring and controlling mould Block is sent to time supervision control module starts riming instructions；Time supervision control module receives the instruction and opened Beginning timing.

Wherein, first transmission rate can be configured according to user's request, and such as user uses its terminal Carry out web page browsing when, the momentary rate of terminal transmission data bag is usually a few kbps, and carry out online game, When the Large Volume Data such as HD video or ftp file is downloaded, the momentary rate of terminal transmission data bag can reach Several Mbps, when user's request is that terminal continues with the time more than 1Mbps transmission packets more than 5s, The receiving sensitivity or transmission power of terminal need to be increased, in the case of improving message transmission rate, this first Transmission rate is that may be configured as 1Mbps.

Step 902：Detect terminal whether with more than the first transmission rate transmission packet every 100us.

Specifically, this step can be, speed monitoring and controlling module every 100us detected whether with more than The packet through-rate monitoring and controlling module of first transmission rate transmission.

Step 903：When detecting terminal with more than the first transmission rate transmission packet, when judging timing Between whether more than 5s.

Specifically, this step can include, and be tested with speed monitoring and controlling module with more than the first transmission During the packet through-rate monitoring and controlling module of speed rates, speed monitoring and controlling module is to time supervision control Molding block sends terminal with more than the first transmission rate transmission packet information；Time supervision control module is received Whether the information simultaneously judges its timing time more than 5s.

Step 904：When timing time is not less than 5s, the receiving sensitivity or transmission power of terminal are kept not Become.

Specifically, this step can include, time supervision control module judge its timing time not less than During 5s, switching command is not sent to energy supply control module；When energy supply control module does not receive switching command, Its single-pole double-throw switch (SPDT) is not adjusted.I.e. so that the low-noise amplifier or the supply voltage of power amplifier of terminal 3.3V is remained at, the receiving sensitivity or transmission power of terminal are not adjusted, is not adjusted between terminal and terminal Message transmission rate.

It is then returned to the execution step 902.

Step 905：When timing time is more than 5s, increase the receiving sensitivity or transmission power of terminal.

Specifically, this step can include, and judge its timing time more than 5s in time supervision control module When, time supervision control module sends the first switching command to energy supply control module；Energy supply control module is received The switching command, and control its single-pole double-throw switch (SPDT) to switch to 5.0V supply voltages from 3.3V supply voltages end End.I.e. so that the low-noise amplifier of terminal or the supply voltage of power amplifier are increased to 5.0V, increase is eventually The receiving sensitivity or transmission power at end, improve the message transmission rate between terminal and terminal.

Specifically, this step can include, and in terminal timing time more than 5s, and terminal does not increase terminal When receiving sensitivity or transmission power, terminal increases the receiving sensitivity or transmission power of terminal；In terminal meter When time when having increased the receiving sensitivity or transmission power of terminal more than 5s, and terminal, terminal no longer increases The receiving sensitivity or transmission power of terminal.

It is then returned to the execution step 902.

Step 906：The reclocking when detecting terminal not with more than the first transmission rate transmission packet.

Specifically, this step can include, and terminal is detected not with more than in speed monitoring and controlling module During one transmission rate transmission packet, speed monitoring and controlling module sends to time supervision control module and counted again Shi Zhiling；Time supervision control module restarts timing.

It is then returned to the execution step 902.

Step 907：When continuing to detect terminal not with more than the first transmission rate transmission packet, sentence Whether disconnected timing time is more than 5s.

Specifically, this step can include, and continue to detect not with more than in speed monitoring and controlling module During the packet through-rate monitoring and controlling module of one transmission rate transmission, speed monitoring and controlling module is to the time Monitoring and controlling module sends terminal not with more than the first transmission rate transmission packet information；Time supervision control Whether molding block receives the information and judges its timing time more than 5s.

Step 908：When timing time is not less than 5s, the receiving sensitivity or transmission power of terminal are kept not Become.

Specifically, this step can include, time supervision control module judge its timing time not less than During 5s, switching command is not sent to energy supply control module；When energy supply control module does not receive switching command, Its single-pole double-throw switch (SPDT) is not adjusted.I.e. so that the low-noise amplifier or the supply voltage of power amplifier of terminal 5.0V is remained at, the receiving sensitivity or transmission power of terminal are not adjusted, terminal and WiFi roads are not adjusted Message transmission rate between device.

It is then returned to the execution step 902.

Step 909：When timing time is more than 5s, reduce the receiving sensitivity or transmission power of terminal.

Specifically, this step can include, and judge its timing time more than 5s in time supervision control module When, send the second switching command to energy supply control module；Energy supply control module receives the switching command, and controls Make its single-pole double-throw switch (SPDT) and switch to 3.3V supply voltages end from 5.0V supply voltages end.I.e. so that terminal The supply voltage of low-noise amplifier or power amplifier is reduced to 3.3V, reduce terminal receiving sensitivity or Transmission power, the message transmission rate between reduction terminal and terminal.

Specifically, this step can include, and in terminal timing time more than 5s, and terminal does not reduce terminal When receiving sensitivity or transmission power, terminal reduces the receiving sensitivity or transmission power of terminal；In terminal meter When time when having reduced the receiving sensitivity or transmission power of terminal more than 5s, and terminal, terminal no longer reduces The receiving sensitivity or transmission power of terminal.

It is then returned to the execution step 901.

The preferred embodiments of the present invention are the foregoing is only, are not intended to limit the invention, for ability For the technical staff in domain, the present invention can have various modifications and variations, and protection scope of the present invention is with right It is required that being defined.

Claims

1. a kind of control method of message transmission rate, it is characterised in that methods described includes：

2. according to the method described in claim 1, it is characterised in that the reception spirit of the increase terminal Sensitivity, be specially：

Raise the supply voltage of the low-noise amplifier of the terminal；

The transmission power of the increase terminal, be specially：

Raise the supply voltage of the power amplifier of the terminal.

3. according to the method described in claim 1, it is characterised in that the reception spirit for reducing the terminal Sensitivity, be specially：

Reduce the supply voltage of the low-noise amplifier of the terminal；

The transmission power for reducing the terminal, be specially：

Reduce the supply voltage of the power amplifier of the terminal.

4. according to the method described in claim 1, it is characterised in that methods described also includes：

5. according to the method described in claim 1, it is characterised in that methods described also includes：

6. according to the method described in claim 1, it is characterised in that the holding in terminal transmission data bag When the continuous time is more than the first preset time, increase the receiving sensitivity or transmission power of the terminal, be specially：

7. a kind of control device of message transmission rate, it is characterised in that described device includes：

8. device according to claim 7, it is characterised in that the adjusting module, specifically for rising The supply voltage of the low-noise amplifier of the high terminal；Or the power supply of the power amplifier of the rise terminal Voltage.

9. device according to claim 7, it is characterised in that the adjusting module, is specifically additionally operable to Reduce the supply voltage of the low-noise amplifier of the terminal；Or the confession of the power amplifier of the reduction terminal Piezoelectric voltage.

10. device according to claim 7, it is characterised in that the adjusting module, is additionally operable to When the duration of the terminal transmission data bag is not less than first preset time, the terminal is kept Receiving sensitivity or transmission power are constant.

11. device according to claim 7, it is characterised in that the adjusting module, is additionally operable to When the duration of the non-transmission packet of terminal is not less than second preset time, the terminal is kept Receiving sensitivity or transmission power it is constant.

12. device according to claim 7, it is characterised in that the adjusting module, specifically for Continue in terminal with the time more than the first transmission rate transmission packet more than the first preset time, increase institute State the receiving sensitivity or transmission power of terminal；In the terminal not with more than the first transmission rate transmission data The duration of bag, more than the second preset time, reduces the receiving sensitivity or transmission power of the terminal.

13. a kind of control device of message transmission rate, it is characterised in that described device includes：Detection control Molding block, time supervision control module and energy supply control module；

14. device according to claim 13, it is characterised in that the detection control module is signal Detect control module or speed monitoring and controlling module.